Technical Specification - Philips AZT9240 Service Manual
Portable compact disc player
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Also See for AZT9240:
- User manual (81 pages) ,
- Specifications (2 pages) ,
- User manual (2 pages)
Table of Contents
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TECHNICAL SPECIFICATION
General
Dimensions (WxHxD)
Weight without batteries
Laser
Output power
Wavelength
Shock resistance
+X/-X direction
+Y/-Y direction
+Z/-Z direction
Power supply modes
V
l o
a t
S
U
P
P
L
Y
M
O
D
E
C
D
D
C
-
N I
s
o
k c
t e
2
5 .
P
i r
m
a
y r
b
a
t t
r e
e i
s
1
6 .
-
3
6 .
V
2
x
L
R
6
R
e
c
h
a
g r
a
b
e l
b
a
t t
r e
e i
s
1
6 .
-
3
6 .
V
A
Y
3
3
6
2
1 (
2
0
0
m
A
) h
Battery lifetime
C
D
M
O
D
E
B
A
T
T
E
R
Y
T
Y
P
E
E
S
P
O
F
F
≥
P
i r
m
a
y r
b
a
t t
r e
e i
s
1
2
h
2
x
L
R
6
1 (
8
h
y t
p
) .
≥ h
R
e
c
h
a
g r
a
b
e l
b
a
t t
r e
e i
s
7
A
Y
3
3
6
2
1 (
2
0
0
m
A
) h
1 (
0
h
y t
p
) .
Battery level detection – CD mode
D
E
T
E
C
I T
O
N
L
E
V
E
L
P
i r
m
a
B
t a
e t
y r
e
m
p
y t
+
1
0
b
t a
e t
y r
B
t a
e t
y r
w
e
a
k
1
0
7 .
5
V
b
t a
e t
y r
B
t a
e t
y r
w
e
a
k
2
0
4 .
5
V
b
t a
e t
y r
B
t a
e t
y r
w
e
a
k
3
0
3 .
V
Battery level detection – Tuner mode
D
E
T
E
C
I T
O
N
L
E
V
E
L
P
i r
m
a
B
t a
e t
y r
e
m
p
y t
+
1
0
b
t a
e t
y r
B
t a
e t
y r
w
e
a
k
1
0
7 .
V
b
t a
e t
y r
B
t a
e t
y r
w
e
a
k
2
0
4 .
5
V
b
t a
e t
y r
B
t a
e t
y r
w
e
a
k
3
0
2 .
V
CS 46 742
: 128x34x139.5mm
: 220g
: <5mW (3mW typ.)
: 780nm
: ≥2.5g
: ≥2.5g
: ≥2.0g
g
e
a r
n
g
e
T
u
n
r e
-
6
0 .
V
1
9 .
-
3
6 .
V
1
9 .
-
3
6 .
V
C
D
M
O
D
E
T
U
N
E
R
E
S
P
O
N
M
O
D
E
≥
≥
1
2
h
5
0
h
1 (
8
h
y t
p
) .
7 (
0
h
y t
p
) .
≥ h
≥
7
2
5
h
1 (
0
h
y t
p
) .
3 (
5
h
y t
p
) .
y r
b
a
t t
r e
e i
s
R
e
c
h
a
g r
a
b
e l
b
a
t t
1
8 .
V
1
8 .
V
/ 0
5 -
0
m
V
+
1
0
/ 0
5 -
0
m
V
e
m
p
y t
e l
v
l e
+
b
t a
e t
y r
e
m
p
y t
e l
v
±
±
1
0
0
m
V
0
7 .
V
1
0
0
m
V
e
m
p
y t
e l
v
l e
+
b
t a
e t
y r
e
m
p
y t
e l
v
±
±
1
0
0
m
V
0
5 .
V
1
0
0
m
V
e
m
p
y t
e l
v
l e
+
b
t a
e t
y r
e
m
p
y t
e l
v
±
±
1
0
0
m
V
0
3 .
V
1
0
0
m
V
y r
b
a
t t
r e
e i
s
R
e
c
h
a
g r
a
b
e l
b
a
t t
2
0 .
V
2
0 .
V
/ 0
5 -
0
m
V
+
1
0
/ 0
5 -
0
m
V
e
m
p
y t
e l
v
l e
+
b
t a
e t
y r
e
m
p
y t
e l
v
±
±
1
0
0
m
V
0
5 .
V
1
0
0
m
V
e
m
p
y t
e l
v
l e
+
b
t a
e t
y r
e
m
p
y t
e l
v
±
±
1
0
0
m
V
0
3 .
5
V
1
0
0
m
V
e
m
p
y t
e l
v
l e
+
b
t a
e t
y r
e
m
p
y t
e l
v
±
±
1
0
0
m
V
0
2 .
V
1
0
0
m
V
1-1
Current consumption
O
P
E
R
A
I T
O
N
M
O
D
C
D
P
a l
y
m
o
d
e
C
D
J
u
m
p
m
o
d
e
T
U
N
E
R
m
o
d
e
S
a t
n
d
b -
y
e (
x
. l c
e r
c
h
a
g r
) e
Charge section (not on all versions)
Charge current
Charge time for 80% AY3362
Max. charge time (µP controlled) : 7h
Temperature protection
Tuner (not on all versions)
T
u
n
n i
g
a r
n
g
e
F I
S
e
n
i s
v i t
y t i
2
6
d
B
/ S
, N
m
=
3
0
3 -
d
B
i l
m
t i
n i
g
p
i o
F
e r
q
u
e
n
y c
r g
d i
D
s i
o t
t r
o i
n
I
m
a
g
e
e r
e j
t c
o i
n
r
t a
Headphone out (measured with 16Ω load, DBB/ESP off)
Output power (THD=10%)
/17 version only
all other versions
Frequency response CD (1mW) : 100Hz-20kHz within 6dB
r e
e i
s
Frequency response AM (1mW) : 100Hz-1.5kHz within
6dB
Frequency response FM (1mW) : 100Hz-12.5kHz within
l e
+
6dB
S/N ratio CD (unwght)
l e
+
S/N ratio CD (A-wght)
S/N ratio AM (A-wght)
l e
+
S/N ratio FM (A-wght)
THD+N CD (1kHz, 1mW)
THD+N AM/FM (1kHz, 1mW)
Channel crosstalk (1kHz, no load) : ≤-24dB (-44dB typ.)
Channel unbalance (-40dB)
Volume attenuation (1kHz)
r e
e i
s
Dynamic Bass Boost DBB
l e
+
D
B
B
S
T
A
G
E
l e
+
D
B
B
1
l e
+
D
B
B
2
D
C
-
N I
S
U
P
P
L
Y
4 (
5 .
) V
B
E
E
S
P
O
F
F
E
S
P
O
N
E
1
1
0
m
A
y t
. p
1
0
0
m
A
y t
. p
1
2
2
0
m
A
y t
. p
2
2
0
m
A
y t
. p
3
3
0
m
A
y t
. p
1
5
m
A
y t
. p
: 250mA ±10%
: 4.0h nom.
: 50°C ±5°C
F
M
8
7
5 .
1 -
0
8
M
H
z
1
0
7 .
M
H
z
≤
%
2
2
d
f B
1 (
5
d
f B
y t
p
) .
≤
t n
2
6
d
f B
1 (
5
d
f B
y t
p
) .
1
0
0
k
H
z
5
0
k
H
z
f
r o
1 /
7
≤
7
%
2 (
%
y t
p
) .
∆
r
= f
1
m
, V
= f
7
5
k
H
z
≥
o i
2
0
d
B
2 (
5
d
B
y t
p
) .
: 2x6mW (+1/-3dB)
: 2x2.5mW (+1/-3dB)
: ≥78dB (81dB typ.)
: ≥82dB (84dB typ.)
: ≥40dB (45dB typ.)
: ≥45dB (55dB typ.)
: ≤1% (0.2% typ.)
: ≤7% (2% typ.)
: ≤5dB
: ≥60dB
F
e r
q
u
e
n
c
y
e r
s
p
o
n
s
6
3
k
H
z
1
k
H
z
±
±
+
6
d
B
2
d
B
0
d
B
2
d
B
0
±
±
+
9
d
B
2
d
B
0
d
B
2
d
B
+
A
T
. T
S
U
P
P
L
Y
2 (
2 .
5
) V
S
P
O
F
F
E
S
P
O
N
3
0
m
A
y t
. p
1
2
0
m
A
y t
. p
0
0
m
A
y t
. p
4
0
0
m
A
y t
. p
3
0
m
A
y t
. p
µ
3
5
0
A
y t
. p
A
M
5
3
1
1 -
6
0
2
k
H
z
5
3
0
1 -
7
0
0
k
H
z
f
r o
1 /
7
4
5
0
k
H
z
≤
5
m
/ V
m
3 (
m
/ V
m
y t
p
) .
9
k
H
z
1
0
k
H
z
f
r o
1 /
7
≤
7
%
2 (
%
y t
p
) .
r
= f
1
m
, V
m
=
8
0
%
≥
2
8
d
B
4 (
0
d
B
y t
p
) .
e
1
0
k
H
z
±
d
B
2
d
B
±
5
d
B
2
d
B
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